Alanen, Marcus, Jordi Cabot, Miguel Goulão, and José Sáez. "
Doctoral symposium."
UML Modeling Languages and Applications. Eds. Nuno Jardim Nunes, Bran Selic, Alberto Rodrigues da Silva, and Ambrosio Toval Alvarez. Vol. 3297. Springer Berlin / Heidelberg, 2005. 85-93.
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Goulão, Miguel, and Fernando Brito Abreu. "
Formal Definition of Metrics upon the CORBA Component Model."
First International Conference on the Quality of Software Architectures (QoSA'2005), and Proceedings of the Second International conference on Software Quality. Eds. Ralf Reussner, Johannes Mayer, Judith A. Stafford, Sven Overhage, Steffen Becker, and Patrick J. Schroeder. Vol. 3712. Erfurt, Germany: Springer, 2005. 88-105.
Abstractn/a
Santos, J. P., F. Parente, S. Boucard, and J. P. Desclaux. "
X-ray energies of circular transitions and electron screening in kaonic atoms."
Physical Review A. 71 (2005): 032501 EP -.
AbstractThe QED contribution to the energies of the circular (n, = n–1), 2n13, transitions have been calculated for several kaonic atoms throughout the periodic table, using the current world-average kaon mass. Calculations were done in the framework of the Klein-Gordon equation, with finite nuclear size, finite particle size, and all-order Uelhing vacuum polarization corrections, as well as Källén and Sabry and Wichmann and Kroll corrections. These energy level values are compared with other computed values. The circular transition energies are compared with available measured and theoretical transition energies. Electron screening is evaluated using a Dirac-Fock model for the electronic part of the wave function. The effect of electronic wave-function correlation is evaluated.Exo
Santos, J. P., F. Parente, S. Boucard, P. Indelicato, and J. P. Desclaux. "
X-ray energies of circular transitions and electrons screening in kaonic atoms."
Physical Review A. 71 (2005): 032501.
AbstractThe QED contribution to the energies of the circular (n, = n–1), 2n13, transitions have been calculated for several kaonic atoms throughout the periodic table, using the current world-average kaon mass. Calculations were done in the framework of the Klein-Gordon equation, with finite nuclear size, finite particle size, and all-order Uelhing vacuum polarization corrections, as well as Källén and Sabry and Wichmann and Kroll corrections. These energy level values are compared with other computed values. The circular transition energies are compared with available measured and theoretical transition energies. Electron screening is evaluated using a Dirac-Fock model for the electronic part of the wave function. The effect of electronic wave-function correlation is evaluated.
Santos, J. P., F. Parente, S. Boucard, and P. Indelicato. "
X-ray energies of circular transitions in sigmonic atoms."
Nuclear Instruments and Methods in Physics Research Section B. 235 (2005): 206.
AbstractEnergies of the circular (n, ℓ = n − 1) 1 less-than-or-equals, slant n less-than-or-equals, slant 20 levels have been calculated for hydrogenlike sigmonic atoms with 1 less-than-or-equals, slant Z less-than-or-equals, slant 92, using the current world average sigma mass, as well as the electronic shift in Σ− + Ne e− + nucleus systems, where Ne stands for the number of electrons. The electronic influence on sigmonic orbitals has also been investigated through the computation of the hyperfine structure and the anomalous Σ− magnetic moment effects in sigmonic Be 2p states.